2. Fighter airplane is flying horizontally at the altitude h=5000 m with velocity of u=100 m/s. When airplane passes directly above an air defense station, the battery fires a gun to intercept the airplane as shown on the picture. Initial velocity of the projectile V0 = 500 m/s. Disregarding air resistance, find the following: a) at which angle  to the horizonal should the gun fire to hit the target? b) what is the time t until the impact? c) what is the horizontal distance s from the gun to the point of impact?

Question

2.	Fighter airplane is flying horizontally at the altitude h=5000 m with velocity of u=100 m/s. When airplane passes directly above an air defense station, the battery fires a gun to intercept the airplane as shown on the picture. Initial velocity of the projectile V0 = 500 m/s. Disregarding air resistance, find the following: a) at which angle  to the horizonal should the gun fire to hit the target? b) what is the time t until the impact? c) what is the horizontal distance s from the gun to the point of impact?

anonymous · Answer

attached here is the diagram of the problem

anonymous · Answer

please someone help!!!! I'm in desperate need!!!!